All Stories

  1. Scattering of N2 molecules from tungsten surfaces: crystallographic anisotropy effects in the energy exchanges
  2. Scattering of NO Molecules from a Graphite Surface: Selectivity of the Rotational Excitation by Inelastic Collisions
  3. Scattering of diatomic molecules from graphite
  4. Complexes of the noble-gas atoms with borazine: Theoretical insights into structure, stability, and bonding character
  5. The Sticking of N2 on W(100) Surface: An Improvement in the Description of the Adsorption Dynamics Further Reconciling Theory and Experiment
  6. Lessons learned after three years of SPIDER operation and the first MITICA integrated tests
  7. Effect of oxygen impurities on a caesium-covered Mo(0 0 1) surface
  8. Scattering of N2 Molecules from Silica Surfaces: Effect of Polymorph and Surface Temperature
  9. Surface processes involving nitrogen molecules and atoms on silica surface at low temperature: the role of energy exchanges
  10. On the road to ITER NBIs: SPIDER improvement after first operation and MITICA construction progress
  11. Dispersion energy effects on oxygen interaction with cesiated molybdenum surfaces
  12. The role of long-range interactions on the selectivity of gaseous molecule-surface scattering
  13. Stereodynamic Effects of CO Molecules Scattered from a Graphite Surface
  14. Evidence of superoxide-like CsO2 formation on a cesiated model surface
  15. Selectivity and Stereodynamics Effects in the Scattering of Nitrogen Molecules from a Graphite Surface
  16. Influence of incidence angle on hydrogen and deuterium atoms interaction with a cesiated surface
  17. On the Influence of Rotational Motion of Oxygen Molecules on the Scattering from Graphite Surfaces
  18. Isotopic effect for hydrogen atoms interacting with a cesiated surface
  19. Vibrationally excited hydrogen molecules formation on a cesiated surface
  20. Selectivity in the inelastic rotational scattering of D 2 and HD molecules from graphite: Similarities and differences respect to the H 2 case
  21. Hydrogen scattering from a cesiated surface model
  22. Elementary Processes and Kinetic Modeling for Hydrogen and Helium Plasmas
  23. On the growth mechanism of nanoparticles in plasma during pulsed laser ablation in liquids
  24. Selectivity in the inelastic rotational scattering of hydrogen molecules from graphite
  25. Recombination of Oxygen Atoms on Silica Surface: New and More Accurate Results
  26. Multiple approach to model unpaired spin density effects in H-ZSM5 zeolite with extra-framework O atom: H-abstraction reaction from methane
  27. Hydrogen atom recombination on tungsten at high temperature: Experiment and Molecular Dynamics Simulation
  28. A molecular dynamics simulation of hydrogen atoms collisions on an H-preadsorbed silica surface
  29. Oxygen Adsorption on β-Quartz Model Surfaces: Some Insights from Density Functional Theory Calculations and Semiclassical Time-Dependent Dynamics
  30. Molecular dynamics study of hydrogen atom recombination over silica, based on a new analytical DFT potential energy surface
  31. Hypersonic Boundary Layers: Oxygen Recombination on SiO2 Starting from Ab Initio Coefficients
  32. Dispersion energy effects on methane interaction within zeolite straight micropores: A computational investigation
  33. Eley–Rideal recombination of hydrogen atoms on a tungsten surface
  34. H Atom Recombination on W(001): a Semiclassical Molecular Dynamics Study
  35. Molecular Dynamics Studies on Fundamental Molecular Surface Processes
  36. Oxygen Adsorption on β-Cristobalite Polymorph: Ab Initio Modeling and Semiclassical Time-Dependent Dynamics†
  37. Dynamics of plasma–surface processes: E–R and L–H atom recombination reactions
  38. H∕D Recombination on Graphite and Tungsten: Collisional Data Relevant to Astrochemistry and Plasma-wall Interaction for Fusion
  39. The semiclassical and quantum-classical approaches to elementary surface processes: dissociative chemisorption and atom recombination on surfaces
  40. Isotope and Surface Temperature Effects for Hydrogen Recombination on a Graphite Surface
  41. Non-equilibrium plasma kinetics: a state-to-state approach
  42. N atoms recombination on a silica surface: A global theoretical approach
  43. Atomic Oxygen Recombination on Quartz at High Temperature:  Experiments and Molecular Dynamics Simulation
  44. Vibrational kinetics, electron dynamics and elementary processes in H2and D2plasmas for negative ion production: modelling aspects
  45. Recombination processes involving H and D atoms interacting with a graphite surface: collisional data relevant to fusion plasma devices
  46. Semiclassical molecular dynamics simulation of surface processes: Application to the hydrogen atom recombination on graphite
  47. A Combined MD Simulation and Experimental Investigation of the O2 Formation on β-quartz at High Temperature
  48. Progress in Elementary Processes for Negative Ion Source Modeling
  49. Adsorption Site and Surface Temperature Effects in CO Formation on Pt(111):  A New Semiclassical Study†
  50. Hydrogen atom recombination on graphite at 10 K via the Eley–Rideal mechanism
  51. Nonequilibrium Vibrational Kinetics of an O/O Mixture Hitting a Catalytic Surface
  52. Gas-surface scattering models for particle fluid dynamics: a comparison between analytical approximate models and molecular dynamics calculations
  53. Eley-Rideal and Langmuir-Hinshelwood Recombination Coefficients for Oxygen on Silica Surfaces
  54. A storage ring for crystalline beam studies